A.The Type-4 EVPN route will be used to elect the designated forwarder for the ES.

B.The Type-2 EVPN route will indicate if there is a designated forwarder on the ES.

C.The Type-1 EVPN route will indicate if the ES is all-active or single-active.

D.The Type-3 EVPN route will be used for the aliasing function to load-balance to the ES

A.The BGP session between R1 and R2 will establish correctly and only the met unicast NLRI will pass routing information

B.The BGP session between R1 and R2 will establish correctly and only the inet6 unicast NLRI will pass routing information

C.The BGP session between R1 and R2 will fail to establish correctly due to an NLRI mismatch

D.The BGP session between R1 and R2 will establish correctly and the met unicast and the met6 unicast NLRIs will pass routing information

A.RR1 advertises routes learned from Client1to RR2 with itself as the next hop.

B.RR2 advertises routes learned from Client3 to EBGP2 with itself as the next hop.

C.RR2 adds its cluster ID when advertising routes from CHent4 to Client3.

D.RR1 and RR2 need the same cluster ID to exchange routes learned from their clients.

A.R1 will prepend AS10 when advertising 10.222/16 to R2.

B.R7 will advertise 10.222/16 to R9 with itself as the next hop.

C.R2 will advertise 10.222/16 to R4 with itself as the next hop.

D.R2 will prepend AS10 when advertising 10.222/16 to R7.

E.R1 will advertise 10 222/16 to R2 with itself as the next hop.

A.Level 2 routers can form adjacencies with either Level 1 or Level 2 routers.

B.Level 1 intermediate systems exchange routing information with Level 1 intermediate systems in other IS-IS areas.

C.An IS-IS router sets the attached bit in the PDUs it sends to a Level 1 area to indicate that it is a backbone router.

D.A Level 1 router can only form adjacencies with other Level 1 routers.